When a display changing operation is performed after a shift is made to a rotation mode, a display input device performs a rotation display of an object, and increases a rotation angle of the object per unit movement amount of a predetermined touch point according as a distance between two points touched in a mode switching operation is larger. When a display changing operation is performed after a shift to an enlargement/reduction mode, the display input device performs an enlargement/reduction display of the object, and increases an enlargement amount or a reduction amount of the object per unit movement amount of the predetermined touch point according as the distance between the two touch points touched in the mode switching operation is larger.
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1. A display input device comprising: a display section that displays an object; a touch panel section for detecting a touch operation, the touch panel section being disposed at the display section; and a control section that detects a touch operation based on an output from the touch panel section, wherein, on detecting that a mode switching operation has been performed on the touch panel section while the object is being displayed, the mode switching operation being a touch operation in which touches at a first position and a second position on the touch panel section overlap in time and then, while the touch at the second position is maintained, the touch at the first position different from the second position is released, the control section makes a shift to a rotation mode or to an enlargement/reduction mode, in a case where a shift has been made to the rotation mode, when a display changing operation is performed on the touch panel section, the display changing operation being a touch operation in which a touch is newly made on a third position on the touch panel section separately from the touch at the second position and then the second or third position is moved, the control section makes the display section perform a rotation display in which the object is rotated according as the second or third position is moved, the control section making the display section increase a rotation angle of the object per unit movement amount of the second or third position according as a distance between the first and second positions in the mode switching operation is larger, and in a case where a shift has been made to the enlargement/reduction mode, when the display changing operation is performed on the touch panel section, the control section makes the display section perform an enlargement/reduction display in which the object is enlarged or reduced according as the second or third positions is moved, the control section making the display section increase an enlargement amount or a reduction amount of the object per unit movement amount of the second or third position according as the distance between the first and second positions in the mode switching operation is larger.
A display input device allows users to rotate or zoom displayed objects using touch gestures. The device features a display, a touch panel, and a control section. The user first touches two points on the screen. Releasing one touch while keeping the other creates a mode switch. Touching a third point and then moving either the second or third point triggers rotation or zoom. The distance between the initial two touch points controls sensitivity; a larger distance means greater rotation angle or zoom amount per unit movement. This provides a way to fine-tune rotation or zoom speed based on the initial gesture.
2. The display input device according to claim 1 , wherein the object is a three-dimensional object, and when making the display section perform the rotation display, the control section sets a straight line passing through one of the first and second positions in the mode switching operation and a previously determined center point of the three-dimensional object as a rotation axis, and the control section makes the three-dimensional object rotate in a direction around the rotation axis.
The display input device described in claim 1 displays 3D objects. When the device is in rotation mode, it rotates the 3D object around an axis. This axis is defined as a line passing through one of the initial two touch points used for mode switching, and the pre-defined center of the 3D object. The 3D object rotates around this dynamically defined axis according to user touch inputs.
3. The display input device according to claim 1 , wherein when making the display section perform the enlargement/reduction display, the control section sets a straight line passing through one of the first and second positions at which the touches are in the mode switching operation and a previously determined center point of the object as a reference line, and when a movement direction of the second or third position is a direction toward a region on one side of the reference line, the control section makes the display section enlarge the object, whereas when the movement direction of the second or third position is a direction toward a region on another side of the reference line that is opposite from the region on the one side, the control section makes the display section reduce the object.
The display input device described in claim 1 performs zooming based on touch gestures. While in zoom mode, it defines a reference line based on one of the initial touch points used for mode switching, and the pre-defined center of the object. If the movement direction of the second or third touch point is towards one side of this reference line, the object is enlarged. Conversely, movement towards the opposite side of the reference line causes the object to shrink. This allows intuitive zoom control by moving a touch point relative to the object's center.
4. An image forming apparatus comprising the display input device according to claim 1 .
An image forming apparatus (like a printer or copier) includes the display input device as described in claim 1. This allows the user to interact with the device (e.g., previewing, editing, or manipulating images) using touch gestures. The rotation and zoom feature is controlled as described in claim 1.
5. A display input device comprising: a display section that displays an object; a touch panel section for detecting a touch operation, the touch panel section being disposed at the display section; and a control section that detects a touch operation based on an output from the touch panel section, wherein, on detecting that a mode switching operation has been performed on the touch panel section while the object is being displayed, the mode switching operation being a touch operation in which two touches are made by touching two points as two touch points on the touch panel section and then one of the two touches is released, leaving one of the two touch points continuously touched as a continuous touch point, the control section makes a shift to a rotation mode or to an enlargement/reduction mode, in a case where a shift has been made to the rotation mode, when a display changing operation is performed on the touch panel section, the display changing operation being a touch operation in which a point is newly touched as a new touch point besides the continuous touch point which has been continuously touched ever since the mode switching operation and then a position of the new touch point or of the continuous touch point is moved, the control section makes the display section perform a rotation display in which the object is rotated according as a predetermined touch point moves, the predetermined touch point being a touch point a position of which is moved in the display changing operation, and when making the display section perform the rotation display, the control section makes the display section increase a rotation angle of the object per unit movement amount of the predetermined touch point according as a distance between the two touch points touched in the mode switching operation is larger, and in a case where a shift has been made to the enlargement/reduction mode, when the display changing operation is performed on the touch panel section, the control section makes the display section perform an enlargement/reduction display in which the object is enlarged or reduced according as the predetermined touch point moves, and when making the display section perform the enlargement/reduction display, the control section makes the display section increase an enlargement amount or a reduction amount of the object per unit movement amount of the predetermined touch point according as the distance between the two touch points touched in the mode switching operation is larger in a case where, of the two touches detected in the mode switching operation, one touch that has been detected first is released, the control section makes a shift to one mode of the rotation mode and the enlargement/reduction mode, and in a case where, of the two touches detected in the mode switching operation, another touch that has been detected second is released, the control section makes a shift to another mode of the rotation mode and the enlargement/reduction mode that is different from the one mode.
A display input device allows users to rotate or zoom displayed objects using touch gestures. The device includes a display, touch panel, and control section. The user touches two points, releases one, and the device switches to rotate or zoom mode. Moving a newly touched point or the remaining original touch point after mode switch then initiates the display change. Larger distance between initial touch points corresponds to greater rotation angle or zoom amount per movement. The mode is switched based on which touch is released first: first touch release triggers one mode; second touch release triggers the other mode.
6. The display input device according to claim 5 , wherein the object is a three-dimensional object, and when making the display section perform the rotation display, the control section sets a straight line passing through one of the two touch points detected to have been touched in the mode switching operation and a previously determined center point of the three-dimensional object as a rotation axis, and the control section makes the three-dimensional object rotate in a direction around the rotation axis.
The display input device described in claim 5 displays 3D objects. When the device is in rotation mode, it rotates the 3D object around an axis. This axis is defined as a line passing through one of the initial two touch points used for mode switching, and the pre-defined center of the 3D object. The 3D object rotates around this dynamically defined axis according to user touch inputs.
7. The display input device according to claim 5 , wherein when making the display section perform the enlargement/reduction display, the control section sets a straight line passing through one of the two touch points detected to have been touched in the mode switching operation and a previously determined center point of the object as a reference line, and when a movement direction of the predetermined touch point is a direction toward a region on one side of the reference line, the control section makes the display section enlarge the object, whereas when the movement direction of the predetermined touch point is a direction toward a region on another side of the reference line that is opposite from the region on the one side, the control section makes the display section reduce the object.
The display input device described in claim 5 performs zooming based on touch gestures. While in zoom mode, it defines a reference line based on one of the initial touch points used for mode switching, and the pre-defined center of the object. If the movement direction of the new or continuous touch point is towards one side of this reference line, the object is enlarged. Conversely, movement towards the opposite side of the reference line causes the object to shrink.
8. An image forming apparatus comprising the display input device according to claim 5 .
An image forming apparatus (like a printer or copier) includes the display input device as described in claim 5. This allows the user to interact with the device (e.g., previewing, editing, or manipulating images) using touch gestures. The rotation and zoom feature is controlled as described in claim 5.
9. A method for controlling a display input device comprising a display section that displays an object and a touch panel section for detecting a touch operation, the touch panel section being disposed at the display section, the method comprising: a step of displaying the object at the display section; a step of making a shift to a rotation mode or to an enlargement/reduction mode when a mode switching operation is detected to have been performed on the touch panel section while the object is being displayed, the mode switching operation being a touch operation in which touches at a first position and a second position on the touch panel section overlap in time and then, while the touch at the second position is maintained, the touch at the first position different from the second position is released; and a step where in a case in which a shift has been made to the rotation mode, when a display changing operation is performed on the touch panel section, the display changing operation being a touch operation in which a touch is newly made on a third position on the touch panel section separately from the touch at the second position and then the second or third position is moved, the display section is made to perform a rotation display in which the object is rotated according as the second or third position is moved, the display section being made to increase a rotation angle of the object per unit movement amount of the second or third position according as a distance between the first and second positions in the mode switching operation is larger, and in a case in which a shift has been made to the enlargement/reduction mode, when the display changing operation is performed on the touch panel section, the display section is made to perform an enlargement/reduction display in which the object is enlarged or reduced according as the second or third positions is moved, the display section being made to increase an enlargement amount or a reduction amount of the object per unit movement amount of the second or third position according as a distance between the first and second positions in the mode switching operation is larger.
A method for controlling a display input device with a display and touch panel involves displaying an object and switching to rotate or zoom mode when a specific touch gesture is detected. This gesture includes two simultaneous touches followed by releasing one touch. In rotation mode, touching a third point and moving either the remaining touch or the third touch rotates the object. In zoom mode, a similar action zooms the object. The rotation angle or zoom amount per unit movement is increased with the increasing separation between initial touch positions.
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March 1, 2016
November 7, 2017
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